Improving the Delivery of Robotic Surgery

描述(由申请人提供)：机器人允许广泛的外科医生成功地利用腹腔镜方法进行许多复杂的手术。因此，自2007年以来，全球机器人手术的使用几乎增加了两倍。然而，使用手术机器人有一个相当大的学习曲线，这可能取决于手术技术以外的其他因素。事实上，高质量、高效和安全的护理是通过手术室人员、任务、技术、环境和组织之间的复杂互动产生的。尽管在其他手术中有越来越多的证据基础，但在这些系统模型的背景下检查手术机器人的已发表研究还很少。我们的目标是将人的因素系统分析技术应用于机器人手术，以便更好地了解哪里的护理效率低下或次优。我们将捕获流程中断-小错误或护理偏差-这将为寻求改善机器人手术流程的干预奠定基础，从而增强与手术机器人相关的安全、质量、效率和学习。在具体目标1中，我们试图识别和定义在机器人手术期间发生的流动中断。我们将通过连续观察锡达斯-西奈医学中心的100个机器人手术来完成这项工作。在具体目标2中，我们试图确定导致流程中断的技术和非技术因素，这些因素可能会影响外科医生的学习曲线。我们试图确定流量如何根据手术类型和外科医生的量而变化。我们还将确定患者因素是否会影响血流中断的比率。我们将使用多变量统计分析，根据外科医生的数量和专科、患者因素(如合并症和体重指数)、手术类型以及我们在整个观察过程中可能识别的其他因素来分析血流中断的比率。在具体目标3中，我们寻求进行试点干预，以帮助减少流量中断。我们将首先进行定性分析，将与类似原因或系统问题相关的中断归类在一起。最后，通过与人为因素专家和外科医生的讨论，我们将制定一系列解决方案，并作为试点干预措施进行测试。然后我们将通过对五个机器人案例的观察和分析来衡量这次干预的初步效果。

DESCRIPTION (provided by applicant): Robots allow a broad range of surgeons to utilize a laparoscopic approach successfully for many complex operations. As a consequence, the use of robotic procedures performed worldwide has nearly tripled since 2007. However, there is a substantial learning curve associated with the use of surgical robots that may depend on elements other than surgical technique. In fact, high quality, efficient and safe care arises through complex interactions between operating room staff, tasks, technology, environment and organization. Despite an increasing evidence base in other surgeries, there is an absence of published studies examining surgical robotics within the context of these systems models. Our goal is to apply human factors systems analysis techniques to robotic surgery in order to better understand where care is inefficient or suboptimal. We will capture flow disruptions - small errors or deviations from care - which will lay the foundation for an intervention that seeks to improve the flow of robotic surgery, and thus enhance the safety, quality, efficiency and learning associated with surgical robotics. In Specific Aim 1, we seek to identify and define flow disruptions that occur during robotic surgery. We will do this through consecutive observations of 100 robotic operations at Cedars- Sinai Medical Center. In Specific Aim 2, we seek to identify technical and non-technical factors that contribute to flow disruptions which may impact the surgeon learning curve. We seek to determine how flow varies by procedure type and by surgeon volume. We will also determine whether patient factors impact rates of flow disruptions. We will use multi-variable statistical analysis to analyze the rate of flow disruptions by surgeon volume and specialty, patient factors (such as comorbidities and body mass index), operation type, and other factors we may identify throughout the observation process. In Specific Aim 3, we seek to perform a pilot intervention that will assist in reducing flow disruptions. We will firs conduct a qualitative analysis in which we group disruptions together that relate to similar causes or system problems. Finally, through discussions with human factors experts and surgeons, we will develop a range of solutions that will be put in place and tested as a pilot intervention. We will then measure the preliminary effect of this intervention through the observation and analysis of five robotic cases.